passhash/include/nil/crypto3/passhash/algorithm/generate.hpp
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24 
25 #ifndef CRYPTO3_PASSHASH_GENERATE_HPP
26 #define CRYPTO3_PASSHASH_GENERATE_HPP
27 
28 #include <nil/crypto3/passhash/algorithm/passhash.hpp>
29 
30 #include <nil/crypto3/passhash/passhash_state.hpp>
31 #include <nil/crypto3/passhash/passhash_value.hpp>
32 
33 namespace nil {
34  namespace crypto3 {
35  namespace passhash {
51  template<typename Hasher, typename InputIterator, typename OutputIterator>
52  OutputIterator generate(InputIterator first, InputIterator last, OutputIterator out) {
53 
54  typedef detail::value_hash_impl<Passhash> PasshashImpl;
55  typedef detail::itr_hash_impl<Hasher, PasshashImpl, OutputIterator> HashImpl;
56 
57  return HashImpl(first, last, std::move(out), Passhash());
58  }
59 
74  template<typename Hasher, typename InputIterator, typename OutputIterator>
75  OutputIterator generate(InputIterator first, InputIterator last, Passhash &sh) {
76 
77  typedef detail::ref_hash_impl<Passhash> PasshashImpl;
78  typedef detail::itr_hash_impl<Hasher, PasshashImpl, OutputIterator> HashImpl;
79 
80  return HashImpl(first, last, sh);
81  }
82 
95  template<typename Hasher, typename InputIterator>
96  detail::range_hash_impl<Hasher, detail::value_hash_impl<Passhash>> generate(InputIterator first,
97  InputIterator last) {
98  typedef detail::value_hash_impl<Passhash> PasshashImpl;
99  typedef detail::range_hash_impl<Hasher, PasshashImpl> HashImpl;
100 
101  return HashImpl(first, last, Passhash());
102  }
103 
117  template<typename Hasher,
118  typename InputIterator,
119  typename Passhash = typename itr_stream_hash_traits<Hasher, InputIterator>::type,
120  typename = typename std::enable_if<detail::is_stream_hash<Passhash>::value>::type>
121  detail::range_hash_impl<Hasher, detail::ref_hash_impl<Passhash>>
122  generate(InputIterator first, InputIterator last, Passhash &sh) {
123  typedef detail::ref_hash_impl<Passhash> PasshashImpl;
124  typedef detail::range_hash_impl<Hasher, PasshashImpl> HashImpl;
125 
126  return HashImpl(first, last, sh);
127  }
128 
142  template<typename Hasher,
143  typename SinglePassRange,
144  typename OutputIterator,
145  typename Passhash = typename range_stream_hash_traits<Hasher, SinglePassRange>::type,
146  typename = typename std::enable_if<detail::is_stream_hash<Passhash>::value>::type>
147  OutputIterator generate(const SinglePassRange &rng, OutputIterator out) {
148 
149  typedef detail::value_hash_impl<Passhash> PasshashImpl;
150  typedef detail::itr_hash_impl<Hasher, PasshashImpl, OutputIterator> HashImpl;
151 
152  return HashImpl(rng, std::move(out), Passhash());
153  }
154 
169  template<typename Hasher,
170  typename SinglePassRange,
171  typename OutputIterator,
172  typename Passhash = typename range_stream_hash_traits<Hasher, SinglePassRange>::type,
173  typename = typename std::enable_if<detail::is_stream_hash<Passhash>::value>::type>
174  OutputIterator generate(const SinglePassRange &rng, OutputIterator out, Passhash &sh) {
175 
176  typedef detail::ref_hash_impl<Passhash> PasshashImpl;
177  typedef detail::itr_hash_impl<Hasher, PasshashImpl, OutputIterator> HashImpl;
178 
179  return HashImpl(rng, std::move(out), sh);
180  }
181 
193  template<typename Hasher,
194  typename SinglePassRange,
195  typename Passhash = typename range_stream_hash_traits<Hasher, SinglePassRange>::type,
196  typename = typename std::enable_if<detail::is_stream_hash<Passhash>::value>::type>
197  detail::range_hash_impl<Hasher, detail::value_hash_impl<Passhash>> generate(const SinglePassRange &r) {
198 
199  typedef detail::value_hash_impl<Passhash> PasshashImpl;
200  typedef detail::range_hash_impl<Hasher, PasshashImpl> HashImpl;
201 
202  return HashImpl(r, Passhash());
203  }
204 
217  template<typename Hasher,
218  typename SinglePassRange,
219  typename Passhash = typename range_stream_hash_traits<Hasher, SinglePassRange>::type,
220  typename = typename std::enable_if<detail::is_stream_hash<Passhash>::value>::type>
221  detail::range_hash_impl<Hasher, detail::ref_hash_impl<Passhash>> generate(const SinglePassRange &rng,
222  Passhash &sh) {
223  typedef detail::ref_hash_impl<Passhash> PasshashImpl;
224  typedef detail::range_hash_impl<Hasher, PasshashImpl> HashImpl;
225 
226  return HashImpl(rng, sh);
227  }
228  } // namespace passhash
229  } // namespace crypto3
230 } // namespace nil
231 
232 #endif // CRYPTO3_HASH_HPP
nil::crypto3::passhash::generate
OutputIterator generate(InputIterator first, InputIterator last, OutputIterator out)
Definition: passhash/include/nil/crypto3/passhash/algorithm/generate.hpp:52
nil::crypto3::accumulators::extract::passhash
boost::mpl::apply< AccumulatorSet, tag::passhash< Hash > >::type::result_type passhash(const AccumulatorSet &acc)
Definition: accumulators/passhash.hpp:121
nil::crypto3::block::move
OutputIterator move(const SinglePassRange &rng, OutputIterator result)
Definition: move.hpp:45
nil
Definition: pair.hpp:31
passhash_state.hpp
passhash_value.hpp